Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention relates to a circulating type intelligent self-service charging method for an electric vehicle. The method comprises the steps that S1, a user parks an electric vehicle on a parking point; S2, a traction motor runs and drives a movable seat and a positioning component to extend to the position below a vehicle body of the electric vehicle; S3, a three-dimensional storage mechanism runs and drives a conveying assembly to make contact with an electric vehicle body, a conveying motor runs and pulls the electric vehicle to move through the conveying assembly, when the electric vehicle makes contact with a sensor a in a parking point, the conveying motor stops running, and a charging socket formed in the side face of the electric vehicle is aligned with a charging plug in a charging component; S4, the traction motor reversely runs and pulls the positioning component and the electric vehicle to enter the garage, and in the process, the charging plug is inserted into the charging socket to charge the electric vehicle; and S5, the three-dimensional storage mechanism operates again, the charging mechanism which stores and charges the electric vehicle moves forwards by a displacement, and meanwhile the next set of empty charging mechanism moves to the position of the vehicle inlet to wait for work.
本发明涉及一种电动车循环式智能自助充电方法，其步骤在于：S1：用户将电动车停靠在停车点上；S2：牵引电机运行并驱使活动座与定位构件伸出至电动车的车身下方；S3：立体储存机构运行并驱使输送组件与电动车车身接触，输送电机运行并通过输送组件牵引电动车移动，当电动车与停车点中的传感器a接触时，输送电机停止运行，设置在电动车侧面的充电插口对准充电构件中的充电插头；S4：牵引电机反向运行并牵引定位构件与电动车进入车库内，在该过程中，充电插头会插入至充电插口中为电动车进行充电；S5：立体储存机构再次运行，使存放并对电动车进行充电的充电机构向前移动一个位移，同时下一组空的充电机构移动至进车口处，等待工作。
The invention relates to a circulating type intelligent self-service charging method for an electric vehicle. The method comprises the steps that S1, a user parks an electric vehicle on a parking point; S2, a traction motor runs and drives a movable seat and a positioning component to extend to the position below a vehicle body of the electric vehicle; S3, a three-dimensional storage mechanism runs and drives a conveying assembly to make contact with an electric vehicle body, a conveying motor runs and pulls the electric vehicle to move through the conveying assembly, when the electric vehicle makes contact with a sensor a in a parking point, the conveying motor stops running, and a charging socket formed in the side face of the electric vehicle is aligned with a charging plug in a charging component; S4, the traction motor reversely runs and pulls the positioning component and the electric vehicle to enter the garage, and in the process, the charging plug is inserted into the charging socket to charge the electric vehicle; and S5, the three-dimensional storage mechanism operates again, the charging mechanism which stores and charges the electric vehicle moves forwards by a displacement, and meanwhile the next set of empty charging mechanism moves to the position of the vehicle inlet to wait for work.
本发明涉及一种电动车循环式智能自助充电方法，其步骤在于：S1：用户将电动车停靠在停车点上；S2：牵引电机运行并驱使活动座与定位构件伸出至电动车的车身下方；S3：立体储存机构运行并驱使输送组件与电动车车身接触，输送电机运行并通过输送组件牵引电动车移动，当电动车与停车点中的传感器a接触时，输送电机停止运行，设置在电动车侧面的充电插口对准充电构件中的充电插头；S4：牵引电机反向运行并牵引定位构件与电动车进入车库内，在该过程中，充电插头会插入至充电插口中为电动车进行充电；S5：立体储存机构再次运行，使存放并对电动车进行充电的充电机构向前移动一个位移，同时下一组空的充电机构移动至进车口处，等待工作。
Circulating type intelligent self-service charging method for electric vehicle
一种电动车循环式智能自助充电方法
HE DEQUAN (Autor:in)
23.11.2021
Patent
Elektronische Ressource
Chinesisch
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